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1.6.2010
Pöyry/TYY1
Kestävä kehitys liiketoiminnan ajurina
1.6.2010
Pöyry/TYY2
Suomen mineraalistrategia
Workshop 2
1.6.2010
Jaana Tyynismaa
General background
• Mine development is a long process that requires expertise e.g. from below mentioned disciplines:
• Exploration drilling and geology services
• Geological and geophysical consulting
• Environmental research and services
• Logistics consulting services
• EIAs and Permitting
• Technical design:
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• Technical design:– Mine site infra, waste storage areas, dams
– Civil engineering
– Process engineering
– Associated infrastructure (railways, ports etc.) planning
Exploration Development Implementation Operation Closure Monitoring
• Targeting for mineral research
• Regional and site studies
• Planning, managing and reporting of works
• Airborne, ground and drillhole geophysical surveys, data processing and modeling
• Drilling and Sampling
• Geological Mapping on ground and drillcores
• Petrography
Exploration
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• Petrography
• Ore Mineralogical Studies
• Geochemical Analysis
• Mining Geology
• 3D Modeling of the target
• Resources / Reserves Estimate
Exploration Development Implementation Operation Closure Monitoring
• Mineral Commodities Market Study
• Mineral Commodities Logistic and Supply Chain
Study (including Foreign Markets)
• Investment Estimate
• Operating Costs Estimate
• Technical, Economic, Environmental & Logistics
Feasibility Studies
• Risk Analysis
Development; Economic Studies and Evaluations
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• Risk Analysis
• Strategic Planning and Master Plan
• Ore Reserve and Mine Evaluation / Due Diligence
Exploration Development Implementation Operation Closure Monitoring
• Base Line Studies
• Environmental License
– Environmental Impact Assessment and its Report (EIA/RIMA)
– Simplified Environmental Study (EAS) and Environmental Reports
– Natura 2000 assessments
• Environmental Control
– Water and Effluents Treatment Projects
– Water Intake and Effluents Disposal
Development; Environmental Studies
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– Air and Water Monitoring Plan
– Waste Inventory and Industrial Landfills
• Environmental Quality
– Water Quality and Dilution and Clearance River Capacity
– Air Quality and Atmospheric Dispersion Study
– Soil and Groundwater Quality Assessment and Remediation
Exploration Development Implementation Operation Closure Monitoring
Development; Land use planning
Regional planning
Mining area
Connections; railway, roads, power
Master planning
Local land use
Detail planning
Buildings and infrastructure
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Buildings and infrastructure
Exploration Development Implementation Operation Closure Monitoring
Development; Permits
Exploration reservations and claim
applications
Notification for mining trials
Mining right applications
Environmental Impact Assessment
(EIA)
Environmental and water permit
applications
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Permit applications for chemicals
Safety studies and applications for
plant safety
Building permit applications
Dam safety permit documentation
etc.
Exploration Development Implementation Operation Closure Monitoring
Annual Mining Planning
• Mine Development
• Mine Infrastructure:
- Roads / Railroads
- Energy
- Water
- Rejects Dam
- Facilities and Utilities
Mining and Quarry
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- Delivery and Expedition
• Mine Closure Plans
• Degraded Area Recovering Plan (PRAD)
• Safety, Health and Environment
• Environmental Sustainability
Exploration Development Implementation Operation Closure Monitoring
Environmental engineering and monitoring
Ground water studies, modelling and migration of different compounds and elements
Monitoring of mining and concentration plant activities
Monitoring of impacts on watercourses and fisheries
Noise measurements, studies and modelling services
Dust measurements and monitoring
Vibration measurements and monitoring
Laboratory services related to environment
Monitoring after closure
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Exploration Development Implementation Operation Closure Monitoring
• Ore Batch Testing in Bench Scale
• Ore Continuous Testing in Pilot
Concentration Plant
• Mineral Processing Flowsheet Design
Alternatives Study
• Ore Processing Mill Project
• Equipment and Process Performance
Operation
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• Equipment and Process Performance
Improvement
• Mill and Equipment Conceptual, Basic
and Detailed Project
• Maintenance services
• Local service
Exploration Development Implementation Operation Closure Monitoring
Closure and Monitoring
• Mine Closure Plans
• Degraded Area Recovering Plan (PRAD);
• Environmental monitoring and
control
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Exploration Development Implementation Processing Closure Monitoring
Drivers for demand
• The world economies need raw materials, especially countries like China and India have a huge demand for steel, concrete and other commodities.
• The trend of raw material demand has been increasing steadily
• Mining is preceded by exploration that shows the trend described below.
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• EU area is especially dependent on import materials. There is a new raw material initiative being prepared that considers this aspect.
• Due to country risk and unstable conditions (legal etc.) the politically stable countries are gaining importance on the market. This favors e.g. Scandinavian countries.
Raw Materials Group, 2007
Future trends
• The easily exploited ore deposits are becoming more and more scarce. This requires new solutions and considerable efforts for exploration and mining activities. Also environmental awareness is increasing constantly. Most of the financers do not participate to environmentally suspicious projects.
• As the richest deposits are being exhausted new deposits with lower ore grades and increasing quantities of byproducts (tailings, waste rock etc.) are coming into production.
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• Ore:waste-ratio development together with increasing environmental awareness and reclamation requirements emphasize the waste management issues and possible further utilization of these fractions (e.g. rare earth elements).
• Open pit mining has been the most common mining method during the latest decades. However underground miningmay gain significance in the future.
requirements regarding EHS issues
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EHS General Guidelines
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Financing for Mining Projects
• ”The Bank pays particular attention to environmental sustainability, the mitigation of and adaptation to climate change, natural resource management, protection of biodiversity and safeguards to improvements of the general and urban environment.”
• ”Mine closure plans, including the elaboration of financial requirements,
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elaboration of financial requirements, also form one of the requirements of the EIB (at the early project appraisal stage these can only be preliminary). As to guidelines on tailing, waste disposal and use of chemicals, EIB appraisal includes verification that the relevant environmental issues have been properly addressed by the promoter and mitigating measures incorporated into the project.”
“Seminar Themes:
• Abstracts fall into the following broad themes:
• Improvements in design of tailings storage facilities
• Dam break analysis: appropriate tools and calibrated case studies
• Appropriate in situ testing techniques
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• Appropriate in situ testing techniques
• The application of geosynthetics in mine waste management
• Use of mining waste in backfilling of mining voids
• Mitigating the impacts of geochemical problems
• New approaches to the management of waste rock
• Accounting for climate change
• Sustainable closure and the concept of designing for perpetuity
• Improved management and operational strategies to minimise risk”
Lifetime Sustainability
Exploration
Operation
Environmental
management
Closure
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Construction
and implementation
Legal
CommitmentsFeasibility and site
development
management
Exploration and mine development
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Model Projects
Yara Finland Oy, Sokli, Finland 2007-2009
• Project:
– Planned phosphate mine in Eastern
Lapland. Investment value 500-800 M€
• Scope:
– Coordination of EIA and land use planning
processes
– Site layout planning
– EIA of the mining area
– EIA of the power line
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– EIA of the power line
– Regional land use plan
– Master land use plan
• Also strong contribution to Yara’s
Siilinjärvi phosphate mine extension and
operations,
The biggest phosphate mine in western
Europe
Quick fact
Sokli deposit• Reserves >115 Mt of P2O5
• Ore mining XX Mt/a
• Planned phosphate production 5 Mt/a
• Opening planned 2016
• Planned mine life >20 years
CMEC Belinga Iron Ore Mine, Gabon in 2009
Project:
Belinga Mining Project : Complete Environmental and Social Impact Study (ESIA) of the
Belinga Mine and its 3 related subprojects
Scope:
The Belinga site, situated in northeastern Gabon, is one of the largest reserves of
unexploited iron in the world. The goal was to prepare an ESIA report for the following
subprojects:
• Belinga iron ore mine,
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• Belinga iron ore mine,
• Designated harbour at Cap Santa Clara,
• Designated hydroelectric dam at the level of the Kongou falls,
• Electric power transmission lines and the railway line between the Belinga mine and
the harbour
Copperbelt Environment Project, Zambia in 2007 - 2010
The project included the following main components
(a) Specifications for Environmental Monitoring Equipment
(b) Review of Environmental Impact Assessments (EIAs) and Environmental Management Plans (EMPs), including training of the ECZ and MSD staff
(c) Auditing of EMPs, including training of the ECZ and MSD staff
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(d) Environmental Monitoring guidelines relating to the following; 1. Water/Wastewater monitoring
2. Air monitoring
3. Land degradation monitoring
4. Noise monitoring
5. Solid waste monitoring (emphasizing on mining waste)
(e) Environmental Emergency Response System
(f) Environmental Data Management System
The world calls for Balanced sustainability™
• Balanced sustainability™ is a holistic, multidimensional approach to sustainability that we apply to everything we do.
• It strives to achieve a balance between economic, environmental and social dimensions, as most appropriate to the nature of the project and where in the world we are working.
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world we are working.
• Pöyry will be designing realistic and innovative solutions that consider these three dimensions.
• We will continue to work in provocative areas, but we will push the envelope and propose more balanced solutions that offer the best possible path forward.
Dimensions of growth
SUSTAINABILITY
Pöyry 3.0
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Pöyry 1.0
Pöyry 2.0
COMPLEXITY
The global thought leader in
engineering balanced sustainability
for a complex world
Our vision
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• Engineering has always been at the core of Pöyry
• For decades we have been involved in projects with
sustainable dimensions
• The key difference now is that sustainability is placed
at the heart of everything we do